Active clinical trials for "Liver Failure"

Patients with acute on chronic liver failure have a risk of developing multiorgan failure and a high mortality. The current scoring systems defining the outcome of patients with acute decompensation of cirrhosis fail to identify patients that progress to Acute-on-chronic liver failure (ACLF). The aim of the study is to evaluate if one can identify these patients early on with the proposed biomarkers: dimethylarginines and ischemia modified albumin.

In animals, normal hepatic expression of ABCC6 (ATP-binding transporter cassette, subfamily C, member 6) determines plasma pyrophosphate (PPi) concentration. PPi prevents the formation of hydroxyapatite crystals on tissues by precipitation of calcium and inorganic phosphate (Pi). It is an endogenous compound whose deficiency causes diffuse vascular calcifications in certain rare monogenic diseases, including the elastic pseudoxanthoma caused by the mutation of ABCC6. PPi is produced by enzymatic transformation of extracellular ATP and, in animals, the liver is the main supplier of ATP and PPi (more than 90%). In humans, liver transplantation offers the possibility of correlating the plasma concentration of PPi ([PPi]pl) with hepatic expression of ABCC6. Liver transplantation is performed in the treatment of chronic liver failure (Child B or C) or, in the absence of liver failure, in the treatment of hepatocellular carcinoma. By measuring[PPi]pl before transplantation and after liver function restoration and by measuring ABCC6 in the diseased liver and healthy liver, it is possible to determine whether liver failure is associated with decreased[PPi]pl and decreased liver expression of ABCC6, which is the objective of our pilot study. Its interest is to establish a physiopathological link between the frequent vascular calcifications in obese patients with hepatic steatosis and the production of PPi. prupose: Look for a deficit in[PPi]pl in patients before the transplant compared to the phase of restoration of liver function

Objective: To evaluate the efficacy of preoperative liver stiffness measurement(LSM) by FibroScan in predicting the progress of liver fibrosis and prognosis after transcatheter arterial chemoembolization (TACE) in hepatocellular carcinoma (HCC). Background: Progress of liver fibrosis and liver failure and related poor prognosis after TACE which are not completely predictable by current method including Child-Pugh Classification. LSM is used to calculate the degree of liver fibrosis and is affected by several liver injury, e.g. elevated Alanine aminotransferase（ALT）, Aspartate transaminase(AST) and Bilirubin et al. The investigators assume that LSM could be use to predict progress of liver fibrosis and adverse effects after TACE in HCC. Methods: At least 200 patients will be recruited in this prospective observational study with preoperative LSM, demographic, laboratory, radiological and other treatment-related factors. Participants will be followed up till death or to the end of study no matter the liver failure occurs or not. Data will be analyzed to build a mathematical predicting model. Research hypothesis：TACE is related to progress of liver fibrosis and a mathematical model with LSM is able to predict the risk of liver failure and prognosis in HCC.

The AARC China Study is to establish a widely recognized and harmonized standard of patients with HBV-ACLF in the Asia Pacific region.

Patients with Acute on Chronic Liver Failure (ACLF) have high short-term mortality. The use of a severity score could define the patient's prognosis and would help determine in whom the treatment is effective or futile.

The present study will develop a method to assess ammonia metabolism by ammonia infusion and investigate ammonia production and clearance in healthy individuals and in patients with liver cirrhosis.

To compare the differences of citrate pharmacokinetics in healthy individuals and critically ill patients as well as the influential factors. To validate a pharmacokinetic model which has been established in a formal paper. To create a safe and effective RCA-CRRT protocol.

Acute liver failure (ALF) results from an abrupt loss of hepatic metabolic and synthetic function and leads to encephalopathy and potentially multi-organ dysfunction. Aetiologies include autoimmune and metabolic diseases, infectious agents and hepatotoxins. Worldwide, infectious hepatitis (A, B and E) is the most common cause. In Western Europe and the USA, ALF is most frequently caused by paracetamol intoxication. The MBT can produce immediate results to aid in decision making in patients with acute liver disease. Such a test may affect decision-making regarding transplantation in this setting, facilitate appropriate discharge from critical care to other hospital units and to home, provide point of care assessment of therapeutic interventions. The BreathID can potentially help in determining: Parameter to include patients in transplant list (the UNOS 1A group) Identification that patient deteriorates and needs extended hospitalization/referral to ICU/change in management An addition to the MELD and or other scores to estimate risk in other acute patients Additional information to that of other commonly utilized prognostic scoring systems The primary end-point of the study is to develop a model to predict deterioration of the liver disease, which incorporates measurements from the MBT along with other potential variables. The data collected will be used to develop a prediction model using data-mining methodology (linear and non-linear regression models, binary trees, neural networks, etc…). The predictive models may include measurements from the MBT, blood test results, as single measurements or as trend over time. The model that will be developed, will attempt to predict the disease deterioration vs. recovery accurately, at an earlier time point than the standard procedure. A threshold will then be determinate based on adequate sensitivity and specificity levels.

Donation after cardiac death (DCD) livers are increasingly utilised in liver transplantation but concerns exist regarding negative results. Ischemic cholangiopathy (IC) is damage to one or more bile ducts probably caused by inadequate blood flow or a failure of biliary epithelium to regenerate. It typically presents weeks to months after liver transplantation, is often refractory to treatment and can result in a requirement for re-transplantation. Although IC is more common following DCD liver transplantation, it is otherwise very difficult to predict and the underlying pathogenesis is poorly understood. The aim of this study is to correlate microRNA (miRNA) levels and markers of senescence in liver and bile duct biopsies taken during liver transplantation with the incidence of IC following liver transplantation.

The study will be conducted on patients admitted to Department of Hepatology from MARCH 2015 to DECEMBER 2016 at ILBS, New Delhi.All patients presenting to ILBS fulfilling the inclusion criteria will be included in the study and will be categorized and evaluated. The patient will followed over a period of 3 months.